Automatic leukorrhea analyzer

Abstract

The invention relates to an automatic leukorrhea analyzer, and belongs to the medical detection technology field. The automatic leukorrhea analyzer comprises a computer control system, a sampling and flushing system, a sample temperature-control device used for preserving leukorrhea samples, an automatic microscopy sampler used for drawing sample liquid from the sample temperature-control device, and an autofocus microscope used for detecting the leukorrhea sample liquid. The automatic leukorrhea analyzer also comprises a box used for containing the above systems and the above devices. The computer control system is individually and electrically connected through transmission lines to the sample temperature-control device, the automatic microscopy sampler, the autofocus microscope and the sampling and flushing system. The sample temperature-control device, the automatic microscopy sampler, the autofocus microscope and the sampling and flushing system are controlled and adjusted by the computer control system, and therefore the leukorrhea analyzer can be automatically operated in the best working state; leukorrhea sample sampling, detecting and analyzing can be completed, and dirt attached on a sampling pipeline can be cleaned timely and effectively to maintain the sampling pipeline. The automatic leukorrhea analyzer can be operated conveniently and has good popularization and application value.

Description

technical field [0001] The invention relates to the field of medical detection equipment, in particular to a fully automatic vaginal discharge analyzer. Background technique [0002] Leucorrhea inspection is an important item in clinical gynecological examination. The current leucorrhea analyzer generally uses manual smears and puts them under a microscope for direct observation. There are some defects in this method: there are viruses and germs lurking in the samples, which pose a great threat to the health of inspectors; in addition, pure manual operation has low detection efficiency and low accuracy, and it is difficult to adapt to large-scale and large-scale high-efficiency testing. In addition, the residual sample liquid in the sampling pipeline of some leucorrhea analyzers often causes cross-infection of samples, and if the maintenance is not good, rust or local biological reproduction will occur in the pipeline. The operating efficiency and detection accuracy will be...

AI Technical Summary

Problems solved by technology

There are some defects in this method: there are viruses and germs lurking in the samples, which pose a great threat to the health of the inspectors; in addition, the pure manual operation has low detection efficiency and low accuracy, and it is difficult to adapt to large-scale and large-scale high-efficiency testing. In addition, the residual sample liquid in the sampling pipeline of some leucorrhea analyzers often causes cross-contamination of samples, and if the maintenance is not good, rust or local biological reproduction will occur in the pipeline. adverse effects on operating efficiency and detection accuracy

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